KR102395051B1 - Hot and cold heat knee, foot steamer using cold and hot water flow path panel assembly based hot water floor. - Google Patents

Abstract

The present invention includes a body in which a space in which a knee and a foot are accommodated is formed, and blocks heat dissipation to the outside; A cold and hot water passage panel assembly in which a plurality of cold and hot water passage panels in which a plurality of cold and hot water passages are formed side by side in the longitudinal direction are jointly assembled next to each other, wherein the cold and hot water passage panel assembly circulates the fluid supplied from the passage connection pipe, It relates to a hot/cold knee and foot compress using a hot water floor-based cold/hot water channel panel assembly, characterized in that the knees and feet are heated or cooled.

Description

{Hot and cold heat knee, foot steamer using cold and hot water flow path panel assembly based hot water floor.}

The present invention relates to a hot and cold knee and foot compress using a hot water floor-based cold and hot water channel panel assembly. It relates to a hot and cold knee and foot massager using a cold and hot water channel panel assembly based on a hot water floor that can be cooled.

In general, the feet and knees of the human body are directly connected to the five internal organs and are the same as the second heart. Therefore, various methods of acupressure on the soles of the feet or heating the feet to help blood circulation as a whole have been reported in various ways. As interest grows, gakbahn therapy or footbath therapy, which can obtain effects as effective as exercise and at the same time as half-body baths or saunas, is gaining popularity. Recently, products designed to soak the feet while warming the water by means of an electric heater by filling a predetermined case with water have been released.

However, when a family or multiple users want to use the above product, it consumes a lot of water, such as unnecessary waste of energy and resources, a lot of time consumption until heating the water, and the need to freshen water up to the calf part of the foot. It was inconvenient to use while warming. In particular, when water is in direct contact with the feet of the human body, the risk of electric shock to the heat transfer device is also very high, so there is a problem in that the safety of the user cannot be secured.

In addition, products using heating wires (heater wires) generate electromagnetic waves harmful to the human body, so the use of the elderly and pregnant women with weak constitutions is suppressed. There were problems that require attention to burns because they receive

(Prior Document 1) Korean Utility Model Publication No. 20-0404189 (Prior Document 2) Korean Patent Publication No. 10-1743425 (Prior Document 3) Korean Utility Model Publication No. 20-2008-0005710 (Prior Document 4) Korean Patent Publication No. 10-0662058

The present invention provides a hot and cold knee and foot massager using a hot water floor-based cold and hot water channel panel assembly capable of heating or cooling knees and feet by circulating fluid heated or cooled to an appropriate temperature through the plurality of cold and hot water channel panels. aim to

The present invention includes a body part 100 having a space in which the knees and feet are accommodated, and blocking the heat dissipation to the outside; A plurality of cold and hot water passage panels 240 in which a plurality of cold and hot water passages 241 are formed side by side in the longitudinal direction are jointly assembled to be adjacent to each other, and cold and hot water passage panel assembly 200 provided on one or more inner surfaces of the body part 100 ; but, the cold and hot water passage panel assembly 200 circulates the fluid supplied from the passage connection pipe 280, whereby the knees and feet are heated or cooled.

The front side of the body part 100 is characterized in that it is composed of a foot pressure opening and closing unit 150 that is rotated by the user's foot pressure.

The foot pressure opening and closing part 150 includes a foot pressure part 151 pressed by the foot; a front forming part 153 that is rotated by driving by the foot pressure part 151 to form a front surface of the body part 100; and one side and the other side are respectively coupled to the foot pressure part 151 and the front forming part 153 to connect the foot pressure part 151 and the front forming part 153, and generated by the foot pressure part 151 It characterized in that it is configured to include; the connecting portion 155 for transmitting the rotational force to the front forming portion (153).

The upper rear portion of the body portion 100 is formed to further include a foot plate portion 160 that can support the foot portion, the foot plate portion 160 is installed to be foldable on the upper rear surface of the body portion (100) characterized in that

The foot plate part 160 is configured to include a base foot plate part 161 and an auxiliary foot plate part 163 , and the auxiliary foot plate part 163 is a part of the base foot plate part 161 of the base foot plate part 161 . It is inserted therein and slides and protrudes forward of the base foot plate part 161, so that the inclination angle of the base foot plate part 161 can be adjusted.

An inclination angle fixing protrusion 247 is further formed on the upper surface of the cold and hot water passage panel 240 so as to fix the inclination angle of the footplate part 160 .

The inclination angle fixing protrusion 247 is characterized in that it is configured to have different heights.

The cold and hot water passage panel assembly 200 is a first cold and hot water passage panel assembly 200a that heats or cools the bottom surface of the main body 100 and heats or cools the bottom surface and both side walls of the main body 100. It is characterized in that any one of the second cold and hot water passage panel assembly (200b) is used.

The first cold and hot water passage panel assembly 200a heats or cools the bottom surface of the main body 100 by the first cap members 250 coupled to both ends of the cold and hot water passage panel 240. .

The second cold and hot water passage panel assembly 200b includes a first cold and hot water passage panel 240a located on the bottom surface of the main body 100 and a second cold and hot water passage panel located on both side walls of the main body 100 ( 240b) is characterized in that it is configured to include.

” 형상으로 형성되고, 상기 제 2 냉온수유로 패널(240b)은 “

” 내지 “

” 형상으로 형성되며, 상기 제 1 냉온수유로 패널(240a)의 양측에 상기 제 2 냉온수유로 패널(240b)의 하단이 결합하여 복수개의 냉온수유로가 연통되는 것을 특징으로 한다.The first cold and hot water passage panel 240a is “

” shape, and the second cold and hot water passage panel 240b is “

” or “

” shape, and the lower ends of the second cold and hot water passage panels 240b are coupled to both sides of the first cold and hot water passage panel 240a to communicate with the plurality of cold and hot water passages.

The present invention has an effect that can be protected from the effects of electric shock and electromagnetic waves by circulating a fluid heated or cooled to an appropriate temperature through the plurality of cold and hot water passage panels to heat or cool the knees and feet.

In addition, since the present invention circulates hot or cold water using a plurality of cold and hot water passage panels, the hassle of the user having to bury a hose inside the panel is reduced, and a cold and hot foot massager can be manufactured with a small amount of hose, It has the effect of improving economy and product weight reduction.

In addition, the present invention has the effect that the user can conveniently use the cold/warm foot compress by using the foot part accommodated in the body part to seal the side wall of the body part without using the user's hands.

In addition, the present invention has an effect that the user can use the hot/cold foot compress in a comfortable posture by providing a foot plate on one side wall so that the user's legs or feet accommodated in the main body can be adjusted to an appropriate angle.

In addition, the present invention is provided with an inclination angle fixing protrusion capable of fixing the inclination angle of the foot plate supporting the user's leg or foot, and the user can press the foot by using the inclination angle fixing protrusion, so that the It has the effect of effectively improving fatigue.

In addition, the present invention has the effect of allowing the entire lower body, including the user's knees and feet, to be easily heated by configuring the bottom surface and the side wall of the main body so that hot or cold water can be circulated at once.

1 is a perspective view showing a hot and cold knee and foot compress using a hot water floor-based cold and hot water channel panel assembly according to an embodiment of the present invention.
2 is a cross-sectional view including a state in which the foot pressure opening/closing part of the hot and cold knee and foot massager using the hot and cold water passage panel assembly based on the hot water floor according to the embodiment of the present invention is opened.
3 is a cold and hot knee using a hot water floor-based cold and hot water channel panel assembly according to another embodiment of the present invention, in the foot massager, a cold and hot knee using a hot water floor-based cold and hot water channel panel assembly further including an auxiliary connection part; It is a perspective view showing the appearance of a foot compress.
4 is an enlarged view of a foot plate fixing member in the cold and hot knee and foot massager using a hot water floor-based cold and hot water flow path panel assembly according to another embodiment of the present invention, and an upward direction of the cold and hot foot massager cut in the horizontal direction. It is a plan view expressed in
5A is a cross-sectional view illustrating a state in which the foot plate is opened in the hot/cold knee and foot massager using the hot/hot water channel panel assembly based on the hot water floor according to another embodiment of the present invention.
5B is a cross-sectional view and a perspective view showing a state in which an inclination angle fixing protrusion for fixing an inclination angle of a foot plate is formed in a hot and cold knee or foot massager using a hot water floor-based cold and hot water passage panel assembly according to another embodiment of the present invention; am.
5C is a cross-sectional view showing the inclination angle fixing protrusions of different heights in the cold and hot knee and foot massager using a hot water floor-based cold and hot water channel panel assembly according to another embodiment of the present invention, and an enlarged view and a perspective view of the cross-sectional view; it has been shown
5D is a cross-sectional view showing a state in which an inclination angle fixing groove is formed in the upper part of the cold/hot water channel panel in the cold/hot knee and foot massager using the hot/hot water channel panel assembly based on the hot water floor according to another embodiment of the present invention.
6 is a side view for explaining that the upper and lower materials of the cold and hot water channel panel are different in the cold/hot knee and foot massager using the hot/hot water channel panel assembly based on the hot water floor according to the present invention.
7 is an exploded view of the first cold and hot water channel panel assembly in the cold/hot knee and foot massager using the hot-water floor-based cold/hot water channel panel assembly according to the present invention.
8 is a perspective view showing a first cap member used in the first cold and hot water channel panel assembly in the cold/hot knee and foot massager using the hot-water floor-based cold/hot water channel panel assembly according to the present invention.
9 is a perspective view illustrating a state in which a water leak collecting pipe is further formed in the first cold and hot water passage panel assembly.
10 is a first cold and hot water passage panel and a second cold and hot water passage panel used in the second cold and hot water passage panel assembly in the hot and cold knee and foot massager using a hot water floor-based cold and hot water passage panel assembly according to another embodiment of the present invention; A drawing showing a panel.
11 is a perspective view illustrating a structure in which the lower ends of the second cold and hot water passage panels are coupled to both sides of the first cold and hot water passage panel in the second cold and hot water passage panel assembly so that a plurality of cold and hot water passages can communicate with each other.
12 is a perspective view illustrating a second cap member coupled to an upper end of a second cold and hot water passage panel in the second cold and hot water passage panel assembly.

Next, a preferred embodiment of the hot water floor for heating according to the present invention will be described in detail with reference to the drawings. The present invention can be implemented in many different forms, and is not limited to the embodiments described below. In the following, in order to clearly explain the present invention, detailed descriptions of parts not closely related to the present invention are omitted, and the same reference signs are attached to the same or similar components throughout the description of the invention, and repeated descriptions are omitted. .

1 to 2, a space in which a knee and a foot are accommodated is formed therein, and the body part 100 blocks heat dissipation to the outside; A plurality of cold and hot water passage panels 240 in which a plurality of cold and hot water passages 241 are formed side by side in the longitudinal direction are jointly assembled to be adjacent to each other, and cold and hot water passage panel assembly 200 provided on one or more inner surfaces of the body part 100 ; but, the cold and hot water passage panel assembly 200 circulates the fluid supplied from the passage connection pipe 280, whereby the knees and feet are heated or cooled.

The body portion 100 has a cover portion 130 formed on the upper portion, and as shown in FIG. 1 , a user closes the cover portion 130 to block heat dissipation to the outside. Since the cover part 130 has a structure that one end is connected to the body part 100 and a hinge and can be opened and closed upwards, it is possible for a user to easily clean the inner sidewall of the body part 100 . In addition, a pair of first leg entrance and exit forming grooves 131 having a semicircular shape are further formed in front of the cover unit 130 . It is desirable to facilitate entry and exit of the main body 100 and minimize the opening of parts communicating with the outside other than the leg entrance forming groove 131 so that the internal heat cannot leak to the outside and can be efficiently blocked. Do. Depending on the method, the material of the cover part 130 is leather, wool. It may be made of a material having excellent thermal insulation properties so that the heat inside, such as cloth, does not cool.

The body part 100 is connected to the flow path connection pipe 280 provided in the cold and hot water flow path panel assembly 200, and circulates cold or hot water at an appropriate temperature to the plurality of cold and hot water flow path panels 240 to the body of the body. It may further include a; cold and hot water control unit 300 for heating or cooling a part.

The cold and hot water passage panel assembly 200 of the main body 100 may be disposed on both side walls or bottom surfaces of the main body 100 , and the passage connection pipe 280 is connected to the cold and hot water control unit 300 , so that the The fluid (hot water and cold water) heated or cooled by the cold and hot water control unit 300 circulates through the plurality of cold and hot water passage panels 240 , and then flows back into the cold and hot water control unit 300 .

The cold/hot water control unit 300 heats or cools the water flowing out of the water tank (not shown) to an appropriate temperature according to the user's input signal, and controls the operation of the circulation pump (not shown) to connect the hot or cold water flow path. It is preferable to configure so that the hot and cold water can be supplied to the panel 240 through the pipe 280 .

In addition, the cold and hot water passage panel assembly 200 may be configured such that cold or hot water is selectively supplied to both side walls and bottom surfaces of the main body 100 by the cold and hot water control unit 300 , and more specifically, the cold and hot water A thermoelectric element (not shown) may be provided in the control unit 300, and the thermoelectric element (not shown) supplies - (minus) power to one power line and + (plus) power to the other power line, It is preferable that one side is configured to heat or cool the fluid by allowing the heat dissipation action to occur and the other side to cause the endothermic action to occur. The thermoelectric element (not shown) may be configured to control the polarity and current of power supplied to the thermoelectric element (not shown) according to an input signal input through the input unit. Since the content related to the control of cold and hot water by the thermoelectric element is a known matter, the following description will be omitted.

Hereinafter, the main body 100 will be described in detail.

As shown in FIG. 1 , the front of the main body 100 includes a foot pressure opening/closing unit 150 that is rotated by the user's foot pressure.

The foot pressure opening/closing part 150; is preferably made of wood or heat insulating material having high thermal insulation performance in order to increase cooling performance and thermal performance, and to protect the user's feet from the risk of burns due to heat generated from hot water.

As shown in FIG. 2, the foot pressure opening/closing unit 150 includes a foot pressure unit 151 pressed with the foot; a front forming part 153 that is rotated by driving by the foot pressure part 151 to form a front surface of the body part 100; and one side and the other side are respectively coupled to the foot pressure part 151 and the front forming part 153 to connect the foot pressure part 151 and the front forming part 153, and generated by the foot pressure part 151 It characterized in that it is configured to include; the connecting portion 155 for transmitting the rotational force to the front forming portion (153).

As shown in FIG. 1 , a semicircular second leg inlet forming groove 153a is formed on the upper portion of the front forming part 151 so that the heat inside the main body 100 does not leak to the outside. It is preferable not to

The connection part 155 is formed in a hinge coupling structure, and the connection part 155 is preferably configured to include a torsion spring. This is because when the user presses the foot pressure part 151, the front forming part 153 is vertically bent by the external force applied to the torsion spring, and the semicircular shape provided on the upper part of the front forming part 153 is It is preferable that the second leg inlet forming groove (153a) is coupled to the first leg inlet forming groove (131) to form a pair of leg inlet forming grooves.

The coupling of the first leg inlet forming groove 131 and the second leg inlet forming groove 153a is configured to be coupled by magnetic force by providing a magnetic material in the mutual interface between the front forming part 153 and the cover part 130 . It can be configured to be coupled in a button-type fastening structure, and can be configured to be coupled by providing a latch-type fastening means at one end of the front forming part 153 and the cover part 130 .

Depending on the method, by varying the degree of torsion of the torsion spring (not shown) provided in the connector 155 , it is possible to facilitate the foot pressure of the foot pressure unit 151 . More specifically, when the main body 100 is in an open state, the front forming part 153 is disposed close to the horizontal, and the foot pressure part 151 is disposed close to the vertical. However, when the foot pressure part 151 is disposed close to the vertical, it may be somewhat inconvenient for the user's foot to press the foot pressure part 151 , so it is preferable that the foot pressure part 151 be disposed at a slight angle. At this time, when a tension spring (not shown) is included in the connection part 155 , the foot pressure part 151 is diagonally disposed even in a state where the front forming part 153 is close to horizontal. That is, the tilting angle between the foot pressure part 151 and the front forming part 153 is greater than 90 degrees, so that it can be easily applied by the user.

In another embodiment of the present invention, as shown in FIGS. 3 to 4 , the foot pressure opening/closing unit 150 may further include an auxiliary connecting unit 156 .

More specifically, one side and the other side are coupled to the foot pressure part 151 and the front forming part 153, respectively, and spaced apart from the connecting part 155 by a predetermined distance, and adjacent to both sides of the front forming part 153. It is preferable to further include the formed auxiliary connection part 156 so that the user does not collide with the user's feet in the process of pressing the foot pressure part 151 . In addition, the auxiliary connection part 156 is preferably provided with a shock absorber inside to prevent the front forming part 153 from suddenly rotating by the user's instantaneous pressure to give an impact to the user's knees and feet. It is preferable to use a tension spring or a gas shock absorber.

3 to 4 , the upper rear surface of the body part 100 further includes a foot plate part 160 capable of supporting the foot part, and the foot plate part 160 is the body part 100 . ) to be installed so as to be foldable on the upper rear side, the foot can be configured so that the foot plate 160 can be placed according to the user's needs.

As shown in FIG. 4 , an embedded foot plate fixing part 180 is formed on the inner surface of one side wall of the body part 100 . At one side of the foot plate part 160 , a foot plate part fixing member 167 is installed so as to be vertically fixed to the upper rear surface of the body part 100 . The foot plate fixing member 167 has a slider 167b that is inserted into or spaced apart from the foot plate fixing part 180 of the main body 100 on a bracket 167a in a left and right direction by a fixing member handle 167c. It is provided to be transportable, and one of the products widely used as a door lock part is applied.

As shown in FIG. 5A , the foot plate part 160 includes a base foot plate part 161 and an auxiliary foot plate part 163 , and the auxiliary foot plate part 163 is a part of the base foot plate part 161 . It is inserted into the interior of the base foot plate part 161 and slides and protrudes forward of the base foot plate part 161 , so that the inclination angle of the base foot plate part 161 can be adjusted.

As shown in FIG. 5B , the cold and hot knee and foot massager using a hot water floor-based cold and hot water flow path panel assembly according to another embodiment of the present invention can fix the inclination angle of the foot plate part 160 using the cold and hot water. An inclination angle fixing protrusion 247 is further formed on the upper surface of the flow panel 240 . More specifically, the inclination angle fixing protrusion 247 prevents the auxiliary foot plate part 163 from moving, so that the base foot plate part 161 and the auxiliary foot plate part 163 can be fixed.

The inclination angle fixing protrusion 247 has a cross-section formed in a “Δ” shape, so that the user presses the bottom of the foot on the angled upper part, thereby causing the inclination angle fixing projection 247 to induce stimulation of the skin layer of the bottom of the foot. there is an effect

More preferably, the inclination angle fixing protrusion 247 in the shape of “Δ” may be formed by attaching to the upper surface of the cold and hot water channel panel 240, and in the molding and injection process, the upper surface of the cold and hot water channel panel 240 is “ △“It can be manufactured by molding to have a shape. At this time, when using the cold and hot water channel panel 240 molded to have a “∆” shape, in order to prevent the foot pressure part 151 from lifting, it is used together with the cold/hot water channel panel 240 that does not have a “∆” shape. it is preferable More specifically, the cold and hot water channel panel 240 that does not have a “Δ” shape is disposed at a position in contact with the foot pressure part 151, and the cold and hot water channel panel 240 formed to have a “∆” shape is the foot pressure part. It can be manufactured by placing it in a position that does not come into contact with (151).

Depending on the method, the inclination angle fixing protrusion 247 may be configured to have different heights. As shown in FIG. 5C, one end of the inclination angle fixing protrusion 247 is formed in a conical shape, and a plurality of inclination angle fixing protrusions 247 form a circumference at regular intervals, and The height may be formed to gradually increase toward the circumference of the central portion. This not only can fix the inclination angle of the footplate part 160, but also when the user's sole comes into contact with the inclination angle fixing protrusions 247 having different heights, the inclination of the contact portion between the sole and the inclination angle fixing protrusions 247 is in contact. Since the inclination angle may vary depending on the height of the fixing protrusion 247, it is possible to easily adjust the user's acupressure inclined surface, thereby further enhancing the acupressure effect. In addition, when the inclination angle fixing protrusion 247 is made of a cushioning material, it may be configured such that the strength of the stimulus can be adjusted along with a cushioning action according to the height.

As shown in Fig. 5d, in the cold and hot knee and foot massager using the hot water floor-based cold and hot water channel panel assembly according to another embodiment of the present invention, the cold and hot water channel panel 240 has an inclination angle adjustment groove 242a on the upper part. ), there is an effect of making it easier to adjust the inclination angle of the foot plate part 160 .

Hereinafter, the cold and hot water passage panel assembly 200 will be described in detail.

Preferably, the cold and hot water channel panel assembly 200 is configured such that a plurality of cold and hot water channel panels 240 are jointly assembled adjacent to each other. Joint grooves 245 are formed in both corners of the cold and hot water passage panel 240, and more specifically, joint grooves 245 are formed in both corners of the cold and hot water passage panel 240. 240) between the joint grooves 245, it is characterized in that the "ㅛ" shape joint 230 is inserted and installed. The "ㅛ"-shaped joint 230 is inserted into the joint groove 260, so that both sides of the cold and hot water channel panel 240 are horizontally maintained while a plurality of hot water channel panels 240 are firmly connected to each other and fixed. there is an effect

6, the upper part 242 of the cold and hot water channel panel 240 used in the cold and hot water channel panel assembly 200 is made of a heat transfer member made of carbon powder or carbon fiber having high thermal conductivity, and the lower part ( 243) is preferably made of a heat insulating member that blocks heat transfer. When the cold and hot water channel panel 240 is made of materials having different heat conduction efficiencies, it is possible to provide a hot and cold foot massager with high thermal efficiency.

More specifically, the upper part 242 and the lower part 243 of the cold and hot water channel panel 240, which are materials having different heat conduction efficiencies, can be produced integrally by a molding machine, and the upper part of the cold and hot water channel panel 240 Since 242 is made of a heat transfer member made of carbon powder or carbon fiber, thermal conductivity can be greatly improved. In addition, the lower portion 243 of the cold and hot water passage panel 240, which is composed of a heat insulating member, has strong heat resistance or heat insulation and is a safe plastic material such as PCTG, PCT, PC, PA, PP, PES, urethane resin, tritan synthetic resin, TBT and Materials such as epoxy resin are included. In addition, it can be manufactured by weaving glass fibers having excellent fire resistance and heat resistance. In addition, as shown in FIG. 5A , the heat insulation frame 220 may be attached to the bottom surface of the lower portion 243 of the cold/hot water passage panel 240 . This has the effect of further increasing the heating efficiency or cooling efficiency by preventing the heat generated from the hot water or the cold air generated from the cold water from being discharged toward the floor outside. According to the method, the upper portion 242 of the cold and hot water passage panel 240 may be manufactured by applying a flavoring material having an antibacterial effect against the bacteria on the knees and feet.

The cold and hot knee and foot massager using the hot water floor-based cold and hot water channel panel assembly according to the present invention, the cold and hot water channel panel assembly 200 heats or cools the bottom surface of the main body 100. The first cold and hot water channel panel assembly Any one of 200a and the second cold/hot water passage panel assembly 200b for heating or cooling the bottom surface and both side walls of the main body 100 may be used.

First, the first hot water flow path panel assembly 200 will be described.

7 or 9, the first cold and hot water passage panel assembly 200a is formed by the first cap member 250 coupled to both ends of the cold and hot water passage panel 240 of the body portion 100. It is characterized in that the bottom surface is heated or cooled. The first cap member 250 includes a plurality of protrusions 253 to supply hot or cold water to the second cold and hot water passages 241b and the fourth cold and hot water passages 241d formed in the cold and hot water passage panel 240 . . In addition, a pair of connector 251 is provided on both sides of the first cap member 250 , respectively, and a flow path connector 280 is installed to be coupled to an end of each connector 251 . In addition, the present invention forms a screw thread 255 on the outer circumferential surface of the connector 251, and firmly fixes the flow path connector 280 coupled to the connector 251 using a hose clamp 260, thereby connecting the flow path. It is preferable to prevent the separation and drop-off of the tube 280 . Since the flow path connection pipe 280 is made of silicon or a soft synthetic resin material, it has excellent flexibility, so that the connection operation of the flow path connection pipe 280 can be easily performed.

On the other hand, the first cap member 250 provided with the protrusion 253 is integrally coupled to both ends of the cold and hot water passage panel 240 by thermal fusion, thereby reducing the risk of separation of the first cap member 250 and , there is an effect of stably circulating the hot or cold water supplied from the flow passage connection pipe 280 in the cold and hot water passage panel 240 .

By using the cold and hot water passage panel 240 in which the plurality of cold and hot water passages are formed, a part of the user's body accommodated in the main body 100 is heated or cooled, thereby reducing the hassle of inserting a hose into the panel, and There is an effect that can improve economic feasibility by not purchasing a large amount of hoses to manufacture a heat foot device.

Depending on the method, as shown in FIG. 7 , some of the cold and hot water passages 241 may be closed and the other cold and hot water passages may be used only. By sealing some of the cold and hot water passages 241 of the plurality of cold and hot water passages 241, the flow of the circulation circuit in which hot water or cold water is circulated can be improved (the circulation speed of hot water is improved). Accordingly, the pump capacity for improving the circulation speed of hot or cold water is reduced, thereby increasing the energy efficiency of the hot and cold foot massager. More specifically, the odd-numbered or even-numbered cold and hot water passages among the plurality of cold and hot water passages 241 are sealed, and only the even-numbered or odd-numbered cold and hot water passages can be used. More preferably, as shown in FIG. 7 , the first cold and hot water passage 241a, the third cold and hot water passage 241c and the fifth cold and hot water passage 241e are sealed, and the second cold and hot water passage 241b and the fourth cold and hot water are sealed. Cold water or hot water was circulated in the flow path 241d and used. When the cold and hot water passages 241b and 241e located between the sealed cold and hot water passages 241a, 241c, and 241f are selectively used, the circulation speed of cold and hot water becomes faster than when five are used, so that the energy efficiency of the cold and hot water is increased. It works.

According to the method, cold or hot water is circulated in the first cold and hot water passage 241a, the third cold and hot water passage 241c and the fifth cold and hot water passage 241f, and the second cold and hot water passage 241b and the fourth cold and hot water passage 241d are circulated. It can be used by sealing it, and the cold and hot water flow used can be varied according to those skilled in the art, so it is not limited thereto. The sealing of the cold and hot water passage 241 may be sealed in the manufacturing stage of the cold and hot water passage panel 240, and may be sealed with silicone or the like during the construction process.

”형상이며,상기 누수수집관(270)의 상면을 덮는 누수수집관 덮개(271)의 양단이 요철(凹凸)형상으로 삽입되어 더 견고하게 결합되는 구조를 갖도록 구성될 수 있다.As shown in FIG. 9 , the cold and hot knee and foot massager using the hot water floor-based cold and hot water channel panel assembly of the present invention leaks at the bottom surface of the coupling part between the first cap member 250 and the cold and hot water channel panel 240 . A leak collecting pipe 270 for collecting the used water is formed, and the first cap member 250 may be configured to collect water leaking from the coupling portion of the cold/hot water channel panel 240 . The leak collecting pipe 270 has an “opened upper surface”

” shape, and both ends of the leak collecting pipe cover 271 covering the upper surface of the leak collecting pipe 270 are inserted in a concave-convex shape to have a structure in which they are more firmly coupled.

According to the method, a plurality of bare wires (not shown) are semi-buried in parallel to the bottom surface of the water leak collecting pipe 270, and a power supply is connected to the bare wires (not shown) to detect water leakage. It can be configured to be provided. It is desirable to configure the water leak alarm circuit so that current does not flow when there is no water leakage so that it can be maintained at a low cost.

Depending on the method, a plurality of bare wires are semi-buried in parallel to the bottom surface of the heat insulation frame 220, and the plurality of bare wires are connected to a power source to generate a water leak alarm circuit that can generate a water leak alarm when a water leak occurs. there is. That is, the plurality of bare wires provided in the heat insulation frame 220 may be configured to act as a water leakage alarm circuit. More specifically, when water touches between bare wires exposed due to leaks, current flows and the leak detection unit detects them. Thereafter, when the leak detection unit detects a current, the amplification unit amplifies it, and the alarm control unit controls the driving signal generator to generate an alarm through the alarm unit. In addition, the alarm control unit can be configured so that it can be repaired at an early stage by notifying the related party of the occurrence of water leakage through a mobile phone or monitor through the interface unit.

Hereinafter, the second hot water flow path panel assembly 200b will be described.

The second cold and hot water passage panel assembly 200b includes a first cold and hot water passage panel 240a located on the bottom surface of the main body 100 and a second cold and hot water passage panel located on both side walls of the main body 100 ( 240b), and may be configured to heat or cool the bottom surface and both side walls of the main body 100 .

” 형상으로 형성되고, 상기 제 2 냉온수유로 패널(240b)은 “

” 내지 “

” 형상으로 형성되어, 상기 제 1 냉온수유로 패널(240a)의 양측에 상기 제 2 냉온수유로 패널(240b)의 하단이 결합하도록 구성되는 것이 바람직하다.At this time, as shown in FIGS. 10 to 11, the first cold and hot water passage panel 240a is “

” shape, and the second cold and hot water passage panel 240b is “

” or “

” shape, so that the lower ends of the second cold and hot water channel panel 240b are coupled to both sides of the first cold and hot water channel panel 240a.

” 형상의 제 1 냉온수유로 패널(240a) 양측 각각에 “

”과“

” 형상의 제 2 냉온수유로 패널(240b)이 결합되도록 가공하여0 제 1 냉온수유로 패널(240a)과 제 2 냉온수유로 패널(240b)에 구비된 냉온수유로가 서로 연통되도록 구성할 수 있다.In other words, "

“” on each side of the first cold and hot water passage panel 240a in the shape of “

"class"

”-shaped second cold and hot water channel panel 240b is processed so that the 0 first cold and hot water channel panel 240a and the cold and hot water channel provided in the second cold and hot water channel panel 240b communicate with each other.

Preferably, a second cap member 290 is provided at the upper end of the second cold and hot water passage panel 240b, so that the hot or cold water supplied from the passage connection pipe 280 is supplied to the plurality of cold and hot water passages 241. Do.

According to the method, as shown in FIG. 12 , the second cap member 290, like the first cap member 250, has hot water in some of the plurality of cold and hot water passages 241 and hot water or hot water in the cold and hot water passages 241b and 241d. A second cap member protrusion 293 capable of supplying cold water is formed and taper shape to be inserted into any one or more of the 1st, 3rd, and 5th cold and hot water passages 241a, 241c, and 241e through which cold water or hot water does not flow By further providing a wedge support portion 291 of the second cap member 290 can be configured to be stably coupled to the second cold and hot water passage panel (240b). At this time, the tapered wedge support portion 291 is provided with separation prevention protrusions 291a at the upper and lower portions, and is configured to be in contact with the inner wall of the cold/hot water passage, so that it is preferably firmly coupled in the form of an interference fit. At this time, the second cap member 290 used is not limited thereto because it is variable according to those skilled in the art.

In addition, as shown in FIG. 11 , when the first hot water channel panel 240a and the second hot water channel panel 240b are jointly assembled in an even number to form the second hot water channel assembly 200b, the flow path The inlet and outlet of the connector pipe 280 are matched, so that not only the appearance neatness is provided, but also the pre-treatment step of the channel connector 280 at the outlet and the channel connector 280 at the inlet can be omitted, so the work process There is an effect that can easily shorten the time.

10 to 11, a pair of connector 291 is provided on both sides of the second cap member 290, respectively, and the flow path connector 280 is coupled to the end of each connector 251, is installed In addition, the present invention forms a screw thread 295 on the outer circumferential surface of the connector 291 and firmly fixes the channel connector 280 coupled to the connector 291 using a hose clamp 260 to connect the flow path. To prevent separation and drop-off of the tube 280 .

According to another embodiment of the present invention, the cover part 130 may be configured to further include a light emitting lamp (not shown). More specifically, the light emitting lamp (not shown) may be installed in the central portion and rear of the inner surface of the cover portion 130 .

When the light emitting lamp 135 is positioned at the rear side having a curved surface of the cover part 130, it has different angles of incidence and reflection, so that the amount of light reaching the user's feet can be increased.

The light emitting lamp (not shown) is preferably configured to improve the user's foot condition by irradiating invisible light to the user's foot accommodated in the body portion 100 . Infrared or ultraviolet light corresponds to the invisible light, and when the user's feet are in a state, it is preferable to simultaneously irradiate ultraviolet rays having a wavelength of 100 nm to 295 nm and infrared rays having a wavelength of 830 to 870 nm.

When using the 100nm ~ 295nm wavelength range of ultraviolet rays, the sterilization power against athlete's foot bacteria can be remarkably improved, and the infrared rays with the wavelength of 830 ~ 870nm correspond to near infrared rays, so it penetrates deep into the skin and stimulates fibroblasts in the dermis This has the effect of promoting the production of collagen. In addition, since the infrared rays having the wavelength can stimulate the atmosphere between the toes by generating heat, there is an effect that the sterilization function of ultraviolet rays can be improved by the infrared rays.

The hot and cold steamer using the hot water floor-based cold and hot water flow path panel assembly manufactured by the present invention stimulates the parasympathetic nerves of the feet at low temperatures to put the body into a resting state, so the muscles relax, and the metabolic functions and biological activities of cells become active to maintain health. and disease prevention. At high temperatures, the sympathetic nerves of the feet are stimulated, so myocardial contractility increases, digestion is suppressed, and it is in a state suitable for vigorous physical activity.

In addition, by keeping the body warm, the blood flow is increased, so that the heat generated from the feet is circulated throughout the body, so that the biological control function can be improved, and the physiological function is activated. It has the same effect as exercise, but it does not consume stamina and increases the concentration of the brain.

100: body portion 130: cover portion
131: first leg entrance forming groove 150: foot pressure opening and closing part
151: foot pressure part 153: front forming part
153a: second leg entrance forming groove 155a: connection part
155: auxiliary connection 160: foot plate part
161: base foot plate part 163: auxiliary foot plate part
167: fixing member 180: foot plate fixing part
200: cold and hot water passage panel assembly 200a: first cold and hot water passage panel assembly
200b: second cold and hot water passage panel assembly 220: insulation frame
240: cold and hot water channel panel 240a: first cold and hot water channel panel
240b: second cold and hot water passage panel 241: cold and hot water passage
242: upper 242a: inclination angle adjustment groove
243: lower 245: joint groove
247: inclination angle fixed projection 230: joint
250: first cap member 251: first cap member connector
253: first cap member protrusion 253: first cap member thread
260: hose clamp 270: leak collection pipe
271: leak collection pipe cover 280: flow path connector
300: cold and hot water control unit

Claims (11)

a body portion 100 having a space in which the lower body is accommodated, and blocking heat dissipation to the outside;
A plurality of cold and hot water passage panels 240 in which a plurality of cold and hot water passages 241 are formed side by side in the longitudinal direction are jointly assembled to be adjacent to each other, and cold and hot water passage panel assembly 200 provided on one or more inner surfaces of the body part 100 including;
The front side of the main body 100 is composed of a foot pressure opening and closing unit 150 that is rotated by the user's foot pressure;
The foot pressure opening and closing part 150 includes a foot pressure part 151 pressed by the foot; a front forming part 153 that is rotated by driving by the foot pressure part 151 to form a front surface of the body part 100; and one side and the other side are respectively coupled to the foot pressure part 151 and the front forming part 153 to connect the foot pressure part 151 and the front forming part 153, and generated by the foot pressure part 151 It is configured to include; a connecting portion 155 for transmitting the rotational force to be transferred to the front forming portion 153,
The hot and cold water passage panel assembly 200 circulates the fluid supplied from the passage connection pipe 280, whereby the lower body is heated or cooled. delete delete The method of claim 1,
The upper rear portion of the body portion 100 is formed to further include a foot plate portion 160 that can support the foot portion, the foot plate portion 160 is installed to be foldable on the upper rear surface of the body portion (100) A hot and cold foot massager using a hot water floor-based cold and hot water passage panel assembly, characterized in that. 5. The method of claim 4,
The foot plate part 160 is configured to include a base foot plate part 161 and an auxiliary foot plate part 163 , and the auxiliary foot plate part 163 is a part of the base foot plate part 161 of the base foot plate part 161 . A hot and cold foot massager using a hot water floor-based cold and hot water passage panel assembly, characterized in that it is inserted inside and slides and protrudes in the front of the base foot plate part 161, so that the inclination angle of the base foot plate part 161 can be adjusted. 6. The method of claim 5,
Cold and hot feet using a hot water floor-based cold and hot water channel panel assembly, characterized in that the inclination angle fixing protrusion 247 is further formed on the upper surface of the cold and hot water channel panel 240 so as to fix the inclination angle of the foot plate part 160 . steamer. 7. The method of claim 6,
The inclination angle fixing protrusions 247 are configured to have different heights. The method of claim 1,
The cold and hot water passage panel assembly 200 is a first cold and hot water passage panel assembly 200a that heats or cools the bottom surface of the main body 100 and heats or cools the bottom surface and both side walls of the main body 100. A cold and hot foot massager using a hot water floor-based cold and hot water channel panel assembly, characterized in that any one of the second cold and hot water channel panel assemblies (200b) is used. 9. The method of claim 8,
The first cold and hot water passage panel assembly 200a heats or cools the bottom surface of the main body 100 by the first cap members 250 coupled to both ends of the cold and hot water passage panel 240. Cold and hot foot massager using hot and cold water passage panel assembly based on hot water floor. 9. The method of claim 8,
The second cold and hot water passage panel assembly 200b includes a first cold and hot water passage panel 240a located on the bottom surface of the main body 100 and a second cold and hot water passage panel located on both side walls of the main body 100 ( 240b), a hot and cold foot massager using a hot water floor-based cold and hot water passage panel assembly, characterized in that it comprises a. 11. The method of claim 10,
The first cold and hot water passage panel 240a is “

” shape, and the second cold and hot water passage panel 240b is “

” or “

” shape, and the lower end of the second cold and hot water channel panel 240b is coupled to both sides of the first cold and hot water channel panel 240a to communicate a plurality of cold and hot water channel panels. Hot and cold foot massager using assembly.

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